regions.push_back(RegionSuccessor(&getBody()));
      regions.push_back(RegionSuccessor());  // branch back to parent, no args
    }
  } else if (!point.isParent() && point == (*this)->getRegion(1)) {
    // 'body' branches back to 'cond'.
    regions.push_back(
        RegionSuccessor(&getCond(), getCond().front().getArguments()));
  } else if (point.isParent()) {

fail, usually with an error message that will direct you here. If you saw that error, then don't worry, the operation succeeded except for the part where the new replication controller is renamed back to the old name. You can just do another rolling update using kubectl 1.4 or higher to change the name back: look for a replication controller that has the original name plus a random suffix.

Unfortunately, there is a much rarer second possible failure mode: the replication controller gets...

	}
	if closes < 9 {
		t.Errorf("closes = %d; want >= 9", closes)
	}
}

// TestIssue18429 attempts to stress rolling back the transaction from a
// context cancel while simultaneously calling Tx.Rollback. Rolling back from a
// context happens concurrently so tx.rollback and tx.Commit must guard against
// double entry.
//

		// read its header. Wait for the bar request to block in Dial, then
		// let the foo response finish so we can use its connection for /bar.

		if mode == http2Mode {
			// In HTTP/2 mode, the second Dial won't happen because the protocol
			// multiplexes the streams by default. Just sleep for an arbitrary time;
			// the test should pass regardless of how far the bar request gets by this
			// point.
			select {

// made up of a keyword followed by arguments. For example:
//
//	go 1.18
//
//	use ../foo/bar
//	use ./baz
//
//	replace example.com/foo v1.2.3 => example.com/bar v1.4.5
//
// The leading keyword can be factored out of adjacent lines to create a block,
// like in Go imports.
//
//	use (
//	  ../foo/bar
//	  ./baz
//	)
//

			err = volumeDetacher.Detach(volumeName, volumeToDetach.NodeName)
		}

		migrated := getMigratedStatusBySpec(volumeToDetach.VolumeSpec)

		if err != nil {
			// On failure, mark the volume as uncertain. Attach() must succeed before adding the volume back
			// to node status as attached.
			uncertainError := actualStateOfWorld.MarkVolumeAsUncertain(
				logger, volumeToDetach.VolumeName, volumeToDetach.VolumeSpec, volumeToDetach.NodeName)

	eventedPlegRelistPeriod     = time.Second * 300
	eventedPlegRelistThreshold  = time.Minute * 10
	eventedPlegMaxStreamRetries = 5

	// backOffPeriod is the period to back off when pod syncing results in an
	// error. It is also used as the base period for the exponential backoff
	// container restarts and image pulls.
	backOffPeriod = time.Second * 10

	objectName := "test-object"
	// set of byte data for PutObject.
	// object has to be created before running tests for HeadObject.
	// this is required even to assert the HeadObject data,
	// since dataInserted === dataFetched back is a primary criteria for any object storage this assertion is critical.
	bytesData := []struct {
		byteData []byte
	}{
		{generateBytesData(6 * humanize.MiByte)},
	}

	return cw.res.conn.bufw.Flush()
}

func (cw *chunkWriter) close() {
	if !cw.wroteHeader {
		cw.writeHeader(nil)
	}
	if cw.chunking {
		bw := cw.res.conn.bufw // conn's bufio writer
		// zero chunk to mark EOF
		bw.WriteString("0\r\n")
		if trailers := cw.res.finalTrailers(); trailers != nil {
			trailers.Write(bw) // the writer handles noting errors
		}
		// final blank line after the trailers (whether

                                                    hlo_filter_shape.end());
      tf_filter_shape[2] = input_channels;
      tf_filter_shape[3] = hlo_filter_shape.back() / input_channels;
      auto reshaped_filter = rewriter.create<mhlo::ReshapeOp>(
          rhs.getLoc(),
          RankedTensorType::get(tf_filter_shape, filter_type.getElementType()),
          rhs);